We have the necessary skills, knowledge, and experience to complete virtually any master- or doctoral-level order.
Leading universities, research labs, institutes and companies worldwide rely on our advanced research UAV technology to design the future.
Our sensor data processing and our inertial guidance system offered by the AscTec AutoPilot are globally unrivalled. The LLP is the data controller and processes all sensor data and performs the data fusion of all relevant information with an update rate of 1 kHz!
Take control over the flight system with your control algorithms. Simply implement your own c-code algorithms in any of our flight systems of the AscTec Research Line. The inertial guidance system provides highest precision through advanced sensor technology and two ARM7 microprocessors.
Safe testing thanks to the Safety Switch function: While testing your control commands and maneuvers, you can simply switch back into safe mode to allow the well-proven AscTec AutoPilot to take control.
All necessary system information such as GPS position, height, velocity, battery load, link and GPS quality is displayed live. All important sensor values and system parameters are checked automatically before each flight.
The pilot can choose one of three emergency modes to determine the automatic landing in case of link loss: From Ars Electronica to Zhejiang University. From Siemens to Alstom.
From Cyberhawk to Sky Futures. Service portfolio of the AscTec Research Line: Please notice that some substantial information is only available in English.Thesis Proposal Defense Brett Bethke Aerospace Controls Lab, MIT December 5, Green UAV returns well before out of fuel (allows a regular switching pattern to be established) Brett Bethke Aerospace Controls Lab, MIT Thesis Proposal Defense December 5, 23 / Research UAV After almost a decade of successfully supplying the research market with robust and proven flight systems the AscTec Research Line UAVs and .
UAV Vulnerabilities and Limitations Prof. Robert Bluth (email) The research project focuses on different aspects of UAV vulnerability and limitations imposed by a variety of factors.
Thesis Drones Unmanned Aerial Systems Uavs and 90,+ more term papers written by professionals and your peers.
of unmanned aerial vehicles is proposed to act as mobile base stations and route wireless communication to the nearest working public telephone network access point. This thesis. Proud supplier to the U.S. Department of Defense and approved by the FAA as Section Exempt.